Creating class, self variables in Python

Jan 30, 2023Download as pptx, pdf

0 likes179 views

1) A Python class defines the properties and methods that objects of a certain kind can have. It acts as a blueprint for creating objects. 2) The __init__() method is called automatically when a new object is created, and is used to initialize the object's properties. 3) The self variable refers to the instance of the class and allows access to instance attributes and methods from within methods defined inside the class. It works as a reference to the object.

CREATING CLASS,
THE SELF
VARIABLES
Advanced Python Programming

• Python is an object oriented programming.
• Almost everything in Python is an object, with it’s properties and methods.
• A class is like an object constructor or a ‘blue print’ for creating objects.
In order to create
eiffiel tower we will
need a blueprint of
the tower

• A Python class is like an outline for creating a new object. An object is anything that
you wish to manipulate or change while working through the code.
• In short, a Python class is for defining a particular type of object. Because Python
objects can have both function and data elements, Python classes define what
methods can be used to change the state of an object. They also indicate what
attributes the object can have.

CREATING CLASS
Example : Create a class name MyClass with a
property named x.
◦ Input:
◦ Output:
Now we can use class named MyClass to create an
object.
◦ Input:
◦ Output:
 To create a class use the keyword class:

Most read

o To understand the meaning of classes we have to understand the built-in __init__()
function.
o The __init__ function is called every time an object is created from a class.
o Use the __init__() function to assign values to object properties, or other operations
that are necessary to do when the object is being created:
THE __init__() FUNCTION

Example: Create a class named Person, use the __init__() function to
assign values for name and age:
Input: Output:

SELF VARIABLE
• The self variable is used to represent the instance of the class
which is often used in object-oriented programming.
• It works as a reference to the object.
• Python uses the self parameter to refer to instance attributes and
methods of the class.

What is self constructor?
◦ The self variable in Python can also be used to access a variable field within the class definition.
◦ Example:
class Student:
In the example above, self refers to the variable name of the class Student. The variable name is local to the method. While the
method is running, the variable name exists within the class.

Wrapper classes allow primitives to be used as objects by encapsulating primitive values within objects. For each primitive type (e.g. int, double), there is a corresponding wrapper class (e.g. Integer, Double). Wrapper classes can be created using the new operator or static valueOf() methods. They allow primitives to be added to collections and returned from methods as objects. Autoboxing further automates the wrapping of primitives into objects.

Semana 3 Herencia en JavaRichard Eliseo Mendoza Gafaro

Python lec1Swarup Ghosh

The document provides an overview of the Python programming language. It discusses Python's history and origins, its features and philosophy emphasizing open source, coherence and power. The document also covers installing and running Python, its applications in areas like web development, scientific computing and more. It provides examples of organizations that use Python and describes Python's interactive shell and basic data types.

C data types, arrays and structsSaad Sheikh

The document discusses various C data types including primary, derived, and user defined data types. It describes integer, floating point, character, array, structure, and enum data types. Integer types store whole numbers, floating point types store decimal numbers, and character types store single characters. Arrays allow storing multiple values of the same type, structures group different data types together, and enums define a new data type with named integer constants. Multidimensional arrays and accessing structure members are also explained with code examples.

Introduction to the basics of Python programming (part 1)Pedro Rodrigues

PythonGagandeep Nanda

This document provides an agenda and overview for a Python training course. The agenda covers key Python topics like dictionaries, conditional statements, loops, functions, modules, input/output, error handling, object-oriented programming and more. The introduction section explains that Python is an interpreted, interactive and object-oriented language well-suited for beginners. It also outlines features like rapid development, automatic memory management and support for procedural and object-oriented programming. The document concludes by explaining Python's core data types including numbers, strings, lists, tuples and dictionaries.

Python - Lecture 11Ravi Kiran Khareedi

This document discusses the CSV (comma separated values) module in Python. It describes how to read and write CSV files using the csv.reader() and csv.writer() functions. It covers options for quoting fields, dialects for specifying CSV formats, and the csv.Sniffer class for automatically detecting delimiters in CSV data. Key points include: - The csv.reader() function can be used to iterate through rows in a CSV file. - The csv.writer() function writes data to a CSV file. - The quoting parameter controls how non-numeric fields are handled. - Dialects allow grouping common CSV options together for consistent parsing/writing.

Basic sql CommandsMUHAMMED MASHAHIL PUKKUNNUMMAL

File handling in PythonBMS Institute of Technology and Management

This document discusses files in Python. It begins by defining what a file is and explaining that files enable persistent storage on disk. It then covers opening, reading from, and writing to files in Python. The main types of files are text and binary, and common file operations are open, close, read, and write. It provides examples of opening files in different modes, reading files line by line or in full, and writing strings or lists of strings to files. It also discusses searching files and handling errors when opening files. In the end, it presents some exercises involving copying files, counting words in a file, and converting decimal to binary.

string manipulation in python ppt for grade 11 cbseKrithikaTM

STRINGS IN PYTHONTanushTM1

This group presentation covers strings in Python. It defines strings as collections of characters that can be manipulated and formatted. The presentation discusses how to create, index, slice, concatenate and format strings. It also covers escape characters and built-in string methods for operations like capitalization, counting characters, and splitting strings. The presentation provides examples to illustrate string concepts in Python.

Formation python 3WajihBaghdadi1

Java annotationsFAROOK Samath

Annotations provide metadata that can be applied to Java code elements. They do not directly affect program semantics but can be read and used by tools and libraries. The key points are: 1. Annotations were introduced in Java 5 to allow programmers to add metadata directly in code. 2. Common uses of annotations include providing compiler instructions, documentation, code generation, and runtime processing. 3. Annotation types define the structure of annotations and can be further configured using meta-annotations like @Target and @Retention.

getting started with numpy and pandas.pptxworkvishalkumarmahat

This document provides an overview of NumPy and Pandas libraries in Python. It discusses what NumPy is, its applications, basic concepts like arrays and slicing. It covers initializing and reorganizing NumPy arrays and loading data from files. For Pandas, it defines what a dataframe is, how to load and extract data from a dataframe, fetch specific records, handle null values, concatenate dataframes, and save dataframes to different file formats.

358 33 powerpoint-slides_3-pointers_chapter-3sumitbardhan

The document discusses pointers in C programming. It defines pointers as variables that store memory addresses and explains pointer syntax and declaration. It discusses dereferencing pointers to access the value of the variable being pointed to. The document also covers passing pointers to functions, null pointers, generic pointers, pointer arithmetic, and pointers to pointers. It provides examples of how to use pointers to pass arguments by reference and pass functions as arguments using pointers to functions.

358 33 powerpoint-slides_7-structures_chapter-7sumitbardhan

This document discusses different types of structures in C programming, including: 1. Defining basic structures with member variables of different data types. 2. Using typedef to create new data types from structures. 3. Initializing structures and accessing structure members. 4. Nested structures that contain other structures as members. 5. Arrays of structures and passing structures to functions.

Introduction to pythonAhmed Salama

Python is a multi-paradigm programming language created in 1989 by Guido van Rossum. It is based on ABC and Modula-3 and was named after Monty Python. Python has a simple syntax and dynamic typing and memory management. It can be used for web development, data science, scientific computing, and more. The core philosophy is summarized in the Zen of Python document. Python code is written, tested, and executed using integrated development environments like PyCharm or directly from the command line.

Introduction to python programmingSrinivas Narasegouda

Design pattern (Abstract Factory & Singleton)paramisoft

This document discusses design patterns and provides examples of the Singleton and Abstract Factory patterns. It begins with an introduction to design patterns, their purpose and history. It then discusses the Singleton pattern in detail using a logger example and describes how to implement it using lazy instantiation. It also covers the Abstract Factory pattern using real world examples of a kitchen and chefs. It compares how these patterns would be implemented in code versus real objects.

Constructores en JavaUCE

Aquí está la clase Alumno con el constructor y los métodos solicitados: public class Alumno { private String nombre; private int edad; public Alumno(String nombre, int edad) { this.nombre = nombre; this.edad = edad; } public void imprimirDatos() { System.out.println("Nombre: " + nombre); System.out.println("Edad: " + edad); } public void esMayorEdad() { if(edad >= 18) { System.out.println(nombre + " es mayor de edad"); } else { System

4. plsqlAmrit Kaur

PL/SQL is a block-structured language used for accessing and manipulating Oracle databases. A PL/SQL block contains three parts: a declarative section, executable section, and exception-handling section. PL/SQL supports both scalar and composite datatypes. Control structures include conditional statements like IF-THEN-ELSE and CASE, and iterative statements like LOOP, WHILE, and FOR. Database interaction is done through SQL statements and cursors, which allow processing of multiple rows returned from a query.

Modules and packages in pythonTMARAGATHAM

PythonSangita Panchal

This document provides an introduction to Python programming concepts including data types, operators, control flow statements, functions and modules. It discusses the basic Python data types like integers, floats, booleans, strings, lists, tuples, dictionaries and sets. It also covers Python operators like arithmetic, assignment, comparison, logical and identity operators. Additionally, it describes control flow statements like if/else and for loops. Finally, it touches on functions, modules and input/output statements in Python.

Basic Concepts of OOPs (Object Oriented Programming in Java)Michelle Anne Meralpis

This document provides an overview of basic object-oriented programming (OOP) concepts including objects, classes, inheritance, polymorphism, encapsulation, and data abstraction. It defines objects as entities with both data (characteristics) and behavior (operations). Classes are blueprints that are used to create objects. Inheritance allows objects to inherit properties from parent classes. Polymorphism allows code to take different forms. Encapsulation wraps data and functions into classes, hiding information. Data abstraction focuses on important descriptions without details.

PlantUML introductionRichard Ruiter

Compilacion PerlJulian Restrepo

El documento describe el lenguaje de programación Perl. Perl fue diseñado por Larry Wall en 1987 y toma características de otros lenguajes como C, shell, AWK, Lisp. Perl es multiparadigma y dinámico, y fue ampliamente adoptado por su habilidad para procesar texto. El documento también describe el análisis léxico y sintáctico de Perl así como sus estructuras de control como bucles y condicionales.

Python avancé : Lecture et écriture de fichiersECAM Brussels Engineering School

Dynamic memory Allocation in c languagekiran Patel

Computer memory can store information temporarily or permanently. There are two types of memory allocation: static allocation at compile time and dynamic allocation at runtime. Dynamic allocation uses functions like malloc(), calloc(), realloc(), and free() to allocate and free memory as needed during program execution. Malloc allocates a single block, calloc allocates multiple blocks and initializes to zero, realloc changes the size of an existing block, and free releases a block back to the system.

Object Oriented Programming.pptxSAICHARANREDDYN

Python supports object-oriented programming through classes, objects, and related concepts like inheritance, polymorphism, and encapsulation. A class acts as a blueprint to create object instances. Objects contain data fields and methods. Inheritance allows classes to inherit attributes and behaviors from parent classes. Polymorphism enables the same interface to work with objects of different types. Encapsulation helps protect data by restricting access.

Python unit 3 m.sc csKALAISELVI P

This document discusses Python modules, classes, inheritance, and properties. Some key points: - Modules allow the organization of Python code into reusable libraries by saving code in files with a .py extension. Modules can contain functions, variables, and be imported into other code. - Classes are templates that define the properties and methods common to all objects of a certain kind. The __init__() method initializes new objects. Inheritance allows child classes to inherit properties and methods from parent classes. - Properties provide a way to control access to class attributes, allowing them to be accessed like attributes while hiding the implementation details behind getter and setter methods.

More Related Content

What's hot (20)

File handling in PythonBMS Institute of Technology and Management

string manipulation in python ppt for grade 11 cbseKrithikaTM

STRINGS IN PYTHONTanushTM1

Formation python 3WajihBaghdadi1

Java annotationsFAROOK Samath

getting started with numpy and pandas.pptxworkvishalkumarmahat

358 33 powerpoint-slides_3-pointers_chapter-3sumitbardhan

358 33 powerpoint-slides_7-structures_chapter-7sumitbardhan

Introduction to pythonAhmed Salama

Introduction to python programmingSrinivas Narasegouda

Design pattern (Abstract Factory & Singleton)paramisoft

Constructores en JavaUCE

4. plsqlAmrit Kaur

Modules and packages in pythonTMARAGATHAM

PythonSangita Panchal

Basic Concepts of OOPs (Object Oriented Programming in Java)Michelle Anne Meralpis

PlantUML introductionRichard Ruiter

Compilacion PerlJulian Restrepo

Python avancé : Lecture et écriture de fichiersECAM Brussels Engineering School

Dynamic memory Allocation in c languagekiran Patel

File handling in PythonBMS Institute of Technology and Management

string manipulation in python ppt for grade 11 cbseKrithikaTM

STRINGS IN PYTHONTanushTM1

Formation python 3WajihBaghdadi1

Java annotationsFAROOK Samath

getting started with numpy and pandas.pptxworkvishalkumarmahat

358 33 powerpoint-slides_3-pointers_chapter-3sumitbardhan

358 33 powerpoint-slides_7-structures_chapter-7sumitbardhan

Introduction to pythonAhmed Salama

Introduction to python programmingSrinivas Narasegouda

Design pattern (Abstract Factory & Singleton)paramisoft

Constructores en JavaUCE

4. plsqlAmrit Kaur

Modules and packages in pythonTMARAGATHAM

PythonSangita Panchal

Basic Concepts of OOPs (Object Oriented Programming in Java)Michelle Anne Meralpis

PlantUML introductionRichard Ruiter

Compilacion PerlJulian Restrepo

Python avancé : Lecture et écriture de fichiersECAM Brussels Engineering School

Dynamic memory Allocation in c languagekiran Patel

Similar to Creating class, self variables in Python (20)

Object Oriented Programming.pptxSAICHARANREDDYN

Python unit 3 m.sc csKALAISELVI P

OOPS-PYTHON.pptx OOPS IN PYTHON APPLIED PROGRAMMINGNagarathnaRajur2

Python-Classes.pptxKarudaiyar Ganapathy

Object-oriented programming (OOP) organizes code around data objects rather than functions. In Python, classes are user-defined templates for objects that contain attributes (data) and methods (functions). When a class is instantiated, an object is created with its own copies of the attributes. Self refers to the object itself and allows methods to access and modify its attributes. Classes in Python allow for code reusability, modularity, and flexibility through encapsulation, inheritance, and polymorphism.

Python 2. classes- cruciql for students objects1.pptxKiranRaj648995

Unit - 3.pptxKongunadu College of Engineering and Technology

This document discusses object-oriented programming concepts in Python including: - Classes define templates for objects with attributes and methods. Objects are instances of classes. - The __init__ method initializes attributes when an object is constructed. - Classes can make attributes private using double underscores. Encapsulation hides implementation details. - Objects can be mutable, allowing state changes, or immutable like strings which cannot change. - Inheritance allows subclasses to extend and modify parent class behavior through polymorphism.

introductiontooopinpython-171115114144.pdfAhmedSalama337512

Introduction to OOP in PythonAleksander Fabijan

This document provides an introduction to object oriented programming in Python. It discusses why OOP is useful, defines some key concepts like classes, objects, methods, and variables. It provides an example of modeling a Taxi using a Taxi class with attributes like driver name and methods like pickUpPassenger. It shows how to define a class, create objects from the class, and call methods on those objects. It also introduces the concept of class variables that are shared among all objects versus instance variables that are unique to each object.

object oriented porgramming using Java programmingafsheenfaiq2

UNIT 3 PY.pptx - OOPS CONCEPTS IN PYTHONdrkangurajuphd

Lecture topic - Python class lecture.pptReji K Dhaman

Lecture on Python class -lecture123456.pptReji K Dhaman

IPP-M5-C1-Classes _ Objects python -S2.pptxDhavalaShreeBJain

Python Classes and Objects part13Vishal Dutt

The document discusses classes and objects in Python. A class defines attributes like data members and methods that characterize objects of that class. The class acts as a blueprint to create objects. The __init__() method is a special method that is called when new objects are instantiated and allows assigning values to object properties. It takes self as the first parameter, which refers to the current object instance and is used to access variables belonging to the class.

Introduction to Python - Part Threeamiable_indian

The document introduces Python modules and importing. It discusses three formats for importing modules: import somefile, from somefile import *, and from somefile import className. It describes commonly used Python modules like sys, os, and math. It also covers defining your own modules, directories for module files, object-oriented programming in Python including defining classes, creating and deleting instances, methods and self, accessing attributes and methods, attributes, inheritance, and redefining methods.

Module-5-Classes and Objects for Python Programming.pptxYogeshKumarKJMIT

Unit – V Object Oriented Programming in Python.pptxYugandharaNalavade

Class_and_Object_with_Example_Python.pptx janbsbznnsbxghzbbshvxnxhnwnbandiranvitha

software construction and development week 3 Python lists, tuples, dictionari...MuhammadBilalAjmal2

Class, object and inheritance in pythonSantosh Verma

The document discusses object-oriented programming concepts in Python, including classes, objects, methods, inheritance, and the built-in __init__ method. Classes are created using the class keyword and contain attributes and methods. Methods must have a self parameter, which refers to the instance of the class. The __init__ method is similar to a constructor and is called when an object is instantiated. Inheritance allows one class to inherit attributes and methods from another class.

Object Oriented Programming.pptxSAICHARANREDDYN

Python unit 3 m.sc csKALAISELVI P

OOPS-PYTHON.pptx OOPS IN PYTHON APPLIED PROGRAMMINGNagarathnaRajur2

Python-Classes.pptxKarudaiyar Ganapathy

Python 2. classes- cruciql for students objects1.pptxKiranRaj648995

Unit - 3.pptxKongunadu College of Engineering and Technology

introductiontooopinpython-171115114144.pdfAhmedSalama337512

Introduction to OOP in PythonAleksander Fabijan

object oriented porgramming using Java programmingafsheenfaiq2

UNIT 3 PY.pptx - OOPS CONCEPTS IN PYTHONdrkangurajuphd

Lecture topic - Python class lecture.pptReji K Dhaman

Lecture on Python class -lecture123456.pptReji K Dhaman

IPP-M5-C1-Classes _ Objects python -S2.pptxDhavalaShreeBJain

Python Classes and Objects part13Vishal Dutt

Introduction to Python - Part Threeamiable_indian

Module-5-Classes and Objects for Python Programming.pptxYogeshKumarKJMIT

Unit – V Object Oriented Programming in Python.pptxYugandharaNalavade

Class_and_Object_with_Example_Python.pptx janbsbznnsbxghzbbshvxnxhnwnbandiranvitha

software construction and development week 3 Python lists, tuples, dictionari...MuhammadBilalAjmal2

Class, object and inheritance in pythonSantosh Verma

Recently uploaded (20)

The first edition of the AIAG-VDA FMEA.pptxMayank Mathur

chemistry investigatory project for class 12Susis10

22PCOAM16 _ML_Unit 3 Notes & Question bankGuru Nanak Technical Institutions

Artificial Power 2025 raport krajobrazowydominikamizerska1

New Microsoft Office Word Documentfrf.docxmisheetasah

Strength of materials (Thermal stress and strain relationships)pelumiadigun2006

Ppt on the related on the solar power system for electric vehicle engineeringravindrabodke

Présentation_gestion[1] [Autosaved].pptxKHADIJAESSAKET

Irja Straus - Beyond Pass and Fail - DevTalks.pdfIrja Straus

IOt Based Research on Challenges and FutureSACHINSAHU821405

Montreal Dreamin' 25 - Introduction to the MuleSoft AI Chain (MAC) ProjectAlexandra N. Martinez

Research_Sensitization_&_Innovative_Project_Development.pptxniranjancse

How Binning Affects LED Performance & Consistency.pdfMina Anis

🔍 What’s Inside: 📦 What Is LED Binning? • The process of sorting LEDs by color temperature, brightness, voltage, and CRI • Ensures visual and performance consistency across large installations 🎨 Why It Matters: • Inconsistent binning leads to uneven color and brightness • Impacts brand perception, customer satisfaction, and warranty claims 📊 Key Concepts Explained: • SDCM (Standard Deviation of Color Matching) • Recommended bin tolerances by application (e.g., 1–3 SDCM for retail/museums) • How to read bin codes from LED datasheets • The difference between ANSI/NEMA standards and proprietary bin maps 🧠 Advanced Practices: • AI-assisted bin prediction • Color blending and dynamic calibration • Customized binning for high-end or global projects

Flow Chart Proses Bisnis prosscesss.docxrifka575530

Airport_Substation_With_Diagrams (2).pptxBibekMedhi2

A substation at an airport is a vital infrastructure component that ensures reliable and efficient power distribution for all airport operations. It acts as a crucial link, converting high-voltage electricity from the main grid to the lower voltages needed for various airport facilities. This essay will explore the functions, components, and importance of a substation at an airport. Functions of an Airport Substation: Voltage Conversion: Substations step down high-voltage electricity to lower levels suitable for airport operations, like terminal buildings, runways, and other facilities. Power Distribution: They distribute electricity to various loads, including lighting, air conditioning, navigation systems, and ground support equipment. Grid Stability: Substations help maintain the stability of the power grid by controlling voltage levels and managing power flows. Redundancy and Reliability: Airports often have redundant substations or interconnected systems to ensure uninterrupted power supply, even in case of a fault. Switching and Control: Substations provide switching capabilities to connect or disconnect circuits, enabling maintenance and power management. Protection: Substations incorporate protective devices, like circuit breakers and relays, to safeguard the power system from faults and ensure safe operation. Key Components of an Airport Substation: Transformers: These convert high-voltage electricity to lower voltage levels. Circuit Breakers: These devices switch circuits on or off, protecting the system from faults. Busbars: These are large, conductive bars that distribute electricity from transformers to other equipment. Switchgear: This includes equipment that controls the flow of electricity, such as isolators and switches. Control and Protection Systems: These systems monitor the substation's performance, detect faults, and automatically initiate corrective actions. Capacitors: These improve the power factor and reduce losses in the system. Importance of Airport Substations: Reliable Power Supply: Substations are essential for providing reliable power to critical airport functions, ensuring safety and efficiency. Safe and Efficient Operations: They contribute to the safe and efficient operation of runways, terminals, and other airport facilities. Airport Infrastructure: Substations are an integral part of the airport's infrastructure, enabling various operations and services. Economic Impact: Substations support the economic activities of the airport, including passenger and cargo handling. Modernization and Sustainability: Modern substations incorporate advanced technologies and systems to improve efficiency, reduce energy consumption, and enhance sustainability. In conclusion, an airport substation is a crucial component of airport infrastructure, ensuring reliable and efficient power distribution, grid stability, and safe operations.

Semi-Conductor ppt ShubhamSeSemi-Con.pptxstudyshubham18

David Boutry - Mentors Junior DevelopersDavid Boutry

Structure of OS ppt Structure of OsS pptWahajch

A DECISION SUPPORT SYSTEM FOR ESTIMATING COST OF SOFTWARE PROJECTS USING A HY...ijfcstjournal

One of the major challenges for software, nowadays, is software cost estimation. It refers to estimating the cost of all activities including software development, design, supervision, maintenance and so on. Accurate cost-estimation of software projects optimizes the internal and external processes, staff works, efforts and the overheads to be coordinated with one another. In the management software projects, estimation must be taken into account so that reduces costs, timing and possible risks to avoid project failure. In this paper, a decision- support system using a combination of multi-layer artificial neural network and decision tree is proposed to estimate the cost of software projects. In the model included into the proposed system, normalizing factors, which is vital in evaluating efforts and costs estimation, is carried out using C4.5 decision tree. Moreover, testing and training factors are done by multi-layer artificial neural network and the most optimal values are allocated to them. The experimental results and evaluations on Dataset NASA60 show that the proposed system has less amount of the total average relative error compared with COCOMO model.

社内勉強会資料_Chain of Thought .NABLAS株式会社

本資料「To CoT or not to CoT?」では、大規模言語モデルにおけるChain of Thought（CoT）プロンプトの効果について詳しく解説しています。 CoTはあらゆるタスクに効く万能な手法ではなく、特に数学的・論理的・アルゴリズム的な推論を伴う課題で高い効果を発揮することが実験から示されています。一方で、常識や一般知識を問う問題に対しては効果が限定的であることも明らかになりました。複雑な問題を段階的に分解・実行する「計画と実行」のプロセスにおいて、CoTの強みが活かされる点も注目ポイントです。 This presentation explores when Chain of Thought (CoT) prompting is truly effective in large language models. The findings show that CoT significantly improves performance on tasks involving mathematical or logical reasoning, while its impact is limited on general knowledge or commonsense tasks.

The first edition of the AIAG-VDA FMEA.pptxMayank Mathur

chemistry investigatory project for class 12Susis10

22PCOAM16 _ML_Unit 3 Notes & Question bankGuru Nanak Technical Institutions

Artificial Power 2025 raport krajobrazowydominikamizerska1

New Microsoft Office Word Documentfrf.docxmisheetasah

Strength of materials (Thermal stress and strain relationships)pelumiadigun2006

Ppt on the related on the solar power system for electric vehicle engineeringravindrabodke

Présentation_gestion[1] [Autosaved].pptxKHADIJAESSAKET

Irja Straus - Beyond Pass and Fail - DevTalks.pdfIrja Straus

IOt Based Research on Challenges and FutureSACHINSAHU821405

Montreal Dreamin' 25 - Introduction to the MuleSoft AI Chain (MAC) ProjectAlexandra N. Martinez

Research_Sensitization_&_Innovative_Project_Development.pptxniranjancse

How Binning Affects LED Performance & Consistency.pdfMina Anis

Flow Chart Proses Bisnis prosscesss.docxrifka575530

Airport_Substation_With_Diagrams (2).pptxBibekMedhi2

Semi-Conductor ppt ShubhamSeSemi-Con.pptxstudyshubham18

David Boutry - Mentors Junior DevelopersDavid Boutry

Structure of OS ppt Structure of OsS pptWahajch

A DECISION SUPPORT SYSTEM FOR ESTIMATING COST OF SOFTWARE PROJECTS USING A HY...ijfcstjournal

社内勉強会資料_Chain of Thought .NABLAS株式会社

Creating class, self variables in Python

1. CREATING CLASS, THE SELF VARIABLES Advanced Python Programming

2. • Python is an object oriented programming. • Almost everything in Python is an object, with it’s properties and methods. • A class is like an object constructor or a ‘blue print’ for creating objects. In order to create eiffiel tower we will need a blueprint of the tower

3. • A Python class is like an outline for creating a new object. An object is anything that you wish to manipulate or change while working through the code. • In short, a Python class is for defining a particular type of object. Because Python objects can have both function and data elements, Python classes define what methods can be used to change the state of an object. They also indicate what attributes the object can have.

4. CREATING CLASS Example : Create a class name MyClass with a property named x. ◦ Input: ◦ Output: Now we can use class named MyClass to create an object. ◦ Input: ◦ Output:  To create a class use the keyword class:

5. o To understand the meaning of classes we have to understand the built-in __init__() function. o The __init__ function is called every time an object is created from a class. o Use the __init__() function to assign values to object properties, or other operations that are necessary to do when the object is being created: THE __init__() FUNCTION

6. Example: Create a class named Person, use the __init__() function to assign values for name and age: Input: Output:

7. SELF VARIABLE • The self variable is used to represent the instance of the class which is often used in object-oriented programming. • It works as a reference to the object. • Python uses the self parameter to refer to instance attributes and methods of the class.

8. What is self constructor? ◦ The self variable in Python can also be used to access a variable field within the class definition. ◦ Example: class Student: In the example above, self refers to the variable name of the class Student. The variable name is local to the method. While the method is running, the variable name exists within the class.

9. THANK YOU 49_Aditi Pawaskar